Loading video...

Video Failed to Load

There was a problem loading this video. This could be due to a temporary network issue or the video might be unavailable.

I’ve officially open-sourced SYLVA. 🌲 SYLVA is a fully procedural cinematic forest that runs directly in the browser. Terrain, trees, roots, grass, water, sky, clouds, fog, and weather are generated at runtime using Three.js, WebGL2, and GLSL, without downloaded tree models, textures, HDRIs, or terrain heightmaps. Trees are procedurally... grown, terrain is generated mathematically, and the world includes dynamic water, atmosphere, vegetation LODs, rain, lightning, wind, storms, fireflies, birds, and a cinematic camera system. The demo is also interactive. Open the EDITOR to change the environment, visual presets, quality, weather states, wind and storms, move through different times of day, or simply walk around and explore the forest yourself. The project is still actively being developed, and there’s a ridiculous amount left to improve, optimize, and experiment with. But that’s also why I wanted to open it now. SYLVA is MIT-licensed, so you can explore the code, learn from it, modify it, fork it, optimize it, or use it as the foundation for something completely different. Source code: Live demo: Feedback, contributions, experiments, and forks are all welcome. 🌲 (This project is being updated RIGHT NOW.)show more

Token Gremlin

5,935 subscribers

14,481 views • 6 days ago •via X (Twitter)

Anya Rossi• Live Now

Private livecam show

0 Comments

No comments available

Comments from the original post will appear here

Related Videos

I’ve officially open-sourced ABYSSAL. 🌊⚡ ABYSSAL is a fully procedural ocean and extreme-weather experience that runs directly in the browser. Waves, volumetric clouds, rain, lightning, hurricanes, waterspouts, rogue waves, and tsunamis are generated in real time using Three.js, WebGL2, and GLSL. The project is still actively being developed, and there’s a lot left to do. Deeper optimization, building the world beneath the ocean’s surface, refining the existing systems, and exploring plenty of ideas I haven’t implemented yet. But that’s also why I wanted to open it now. ABYSSAL is MIT-licensed, so you can explore the code, learn from it, modify it, fork it, and use it as the foundation for your own experiments and projects. Performance note: the demo starts with adaptive resolution enabled and automatically selects a quality tier based on your GPU. If the image looks soft, open the settings panel and raise the quality as far as your device can handle. The experience begins in Cinematic mode, click SANDBOX for full control of the camera, weather, and disasters. Explore the source code: Play it here: Feedback, contributions, experiments, and forks are all welcome.

I’ve officially open-sourced ABYSSAL. 🌊⚡ ABYSSAL is a fully procedural ocean and extreme-weather experience that runs directly in the browser. Waves, volumetric clouds, rain, lightning, hurricanes, waterspouts, rogue waves, and tsunamis are generated in real time using Three.js, WebGL2, and GLSL. The project is still actively being developed, and there’s a lot left to do. Deeper optimization, building the world beneath the ocean’s surface, refining the existing systems, and exploring plenty of ideas I haven’t implemented yet. But that’s also why I wanted to open it now. ABYSSAL is MIT-licensed, so you can explore the code, learn from it, modify it, fork it, and use it as the foundation for your own experiments and projects. Performance note: the demo starts with adaptive resolution enabled and automatically selects a quality tier based on your GPU. If the image looks soft, open the settings panel and raise the quality as far as your device can handle. The experience begins in Cinematic mode, click SANDBOX for full control of the camera, weather, and disasters. Explore the source code: Play it here: Feedback, contributions, experiments, and forks are all welcome.

Token Gremlin

245,474 views • 9 days ago

I open-sourced my 3d towers building site and the skills I used to create well-textured three.js models. The entire site is 1.38mb gzipped, including all models, sounds and textures. Site: Github repo: Skills: - threejs-towers - threejs-weather - threejs-landscape With an open-source project you get a way better starting point. All you need is to ask what to change, how to improve it, and rebuild it for a different theme. I added Cambodia, Vietnam and Turkey, plus storms and blizzards, and those came out perfectly with one prompt. The foundation is done, so adapting it and pairing it with your taste is what takes it further. Try modern towers, different backgrounds, weather and styles. SimCity, Civilization, Warcraft, C&C, etc. It's really fun.

I open-sourced my 3d towers building site and the skills I used to create well-textured three.js models. The entire site is 1.38mb gzipped, including all models, sounds and textures. Site: Github repo: Skills: - threejs-towers - threejs-weather - threejs-landscape With an open-source project you get a way better starting point. All you need is to ask what to change, how to improve it, and rebuild it for a different theme. I added Cambodia, Vietnam and Turkey, plus storms and blizzards, and those came out perfectly with one prompt. The foundation is done, so adapting it and pairing it with your taste is what takes it further. Try modern towers, different backgrounds, weather and styles. SimCity, Civilization, Warcraft, C&C, etc. It's really fun.

Meng To

54,193 views • 27 days ago

Ran Fable Ultracode overnight to build out a prototype for Terrain Pro. I asked it to build out an erosion model, some procedural textures and terrain editing tools. Honestly, this looks terrible and isn't passable quality for anything except a vibe-coded game. The issue with making high quality terrain is you need a lot of high quality textures (grass, dirt, pebbles, sand) and props (trees, rocks) to go along with the underlying terrain mesh. Otherwise it's just an erosion tech demo. I'm using EZ-Tree right now to populate the trees, but EZ-Tree also isn't where it needs to be to support the vision I have in mind. I could use something like SpeedTree, but that might get pricey. If anyone knows of a good library of textures/assets with reasonable licensing terms, let me know in the comments!

Ran Fable Ultracode overnight to build out a prototype for Terrain Pro. I asked it to build out an erosion model, some procedural textures and terrain editing tools. Honestly, this looks terrible and isn't passable quality for anything except a vibe-coded game. The issue with making high quality terrain is you need a lot of high quality textures (grass, dirt, pebbles, sand) and props (trees, rocks) to go along with the underlying terrain mesh. Otherwise it's just an erosion tech demo. I'm using EZ-Tree right now to populate the trees, but EZ-Tree also isn't where it needs to be to support the vision I have in mind. I could use something like SpeedTree, but that might get pricey. If anyone knows of a good library of textures/assets with reasonable licensing terms, let me know in the comments!

Dan Greenheck

13,927 views • 1 month ago

One of my favorite things about open source is seeing someone take an idea and run with it. The original ABYSSAL started as a procedural ocean and extreme-weather simulation. Now someone has built "ABYSSAL - The Living Deep" on top of it: a continuous world from the waterline to a 1,400-meter trench, with coral reefs, kelp forests, whales, sharks, deep-sea creatures, procedural habitats, currents, lighting and exploration. This is why open source is worth it. People can contribute from different directions, build on the same work, and reach results that would be difficult to imagine alone, sometimes in an incredibly short time. The original ocean is still there. It just became something much bigger. Explore it here: Live demo:

One of my favorite things about open source is seeing someone take an idea and run with it. The original ABYSSAL started as a procedural ocean and extreme-weather simulation. Now someone has built "ABYSSAL - The Living Deep" on top of it: a continuous world from the waterline to a 1,400-meter trench, with coral reefs, kelp forests, whales, sharks, deep-sea creatures, procedural habitats, currents, lighting and exploration. This is why open source is worth it. People can contribute from different directions, build on the same work, and reach results that would be difficult to imagine alone, sometimes in an incredibly short time. The original ocean is still there. It just became something much bigger. Explore it here: Live demo:

Token Gremlin

10,241 views • 7 days ago

A really impressive set of Three.js graphics experiments just got open sourced, and these are much more than little visual demos. They are basically reusable procedural systems for oceans, vegetation, fluids and even whole planets. 🔹 Poseidon A real-time FFT ocean running on WebGPU. It simulates large swells, smaller ripples, foam, reflections, choppy displacement and physically inspired wave spectra entirely in the browser. 🔹 Gaia A procedural grass generator where every blade, seed head and field comes from a deterministic genome and environmental parameters. No authored grass models. 🔹 Dryad A procedural flora system that generates trees and other plant forms from physics, environmental conditions and a seed. No authored 3D models or textures are needed for the plants themselves. 🔹 Tiamat A real-time GPU fluid simulation using around 100,000 SPH particles, with the resulting water rendered directly in the browser. 🔹 Demiurge Probably the craziest one. It procedurally builds an entire planet from tectonic plates, then lets uplift drive erosion, erosion and latitude drive climate, and climate drive biomes, wind and weather. You can move seamlessly from orbit down to the surface. What I really like here is that these are not just pretty outputs. They are actual building blocks. Ocean simulation, vegetation generation, fluid dynamics and procedural worlds are exactly the kinds of systems that can be plugged into games, simulations and agent-built 3D environments. Project by: Owen

A really impressive set of Three.js graphics experiments just got open sourced, and these are much more than little visual demos. They are basically reusable procedural systems for oceans, vegetation, fluids and even whole planets. 🔹 Poseidon A real-time FFT ocean running on WebGPU. It simulates large swells, smaller ripples, foam, reflections, choppy displacement and physically inspired wave spectra entirely in the browser. 🔹 Gaia A procedural grass generator where every blade, seed head and field comes from a deterministic genome and environmental parameters. No authored grass models. 🔹 Dryad A procedural flora system that generates trees and other plant forms from physics, environmental conditions and a seed. No authored 3D models or textures are needed for the plants themselves. 🔹 Tiamat A real-time GPU fluid simulation using around 100,000 SPH particles, with the resulting water rendered directly in the browser. 🔹 Demiurge Probably the craziest one. It procedurally builds an entire planet from tectonic plates, then lets uplift drive erosion, erosion and latitude drive climate, and climate drive biomes, wind and weather. You can move seamlessly from orbit down to the surface. What I really like here is that these are not just pretty outputs. They are actual building blocks. Ocean simulation, vegetation generation, fluid dynamics and procedural worlds are exactly the kinds of systems that can be plugged into games, simulations and agent-built 3D environments. Project by: Owen

Token Gremlin

33,639 views • 25 days ago

Building procedural terrain meshes with threejs in quixel megascan quality Everything you see is 100% procedural, from topology to textures This will be open sourced together with the asset library, under MIT license The terrain meshes can be built from any base massing i will also release a terrain mesh modeling skill, so fingers crossed it should be capable of producing any variations and styles you want Baking takes a bit, so it can also pre-bake and render cached meshes Will work on LOD support and making the compiler faster Releasing very very very soon

Building procedural terrain meshes with threejs in quixel megascan quality Everything you see is 100% procedural, from topology to textures This will be open sourced together with the asset library, under MIT license The terrain meshes can be built from any base massing i will also release a terrain mesh modeling skill, so fingers crossed it should be capable of producing any variations and styles you want Baking takes a bit, so it can also pre-bake and render cached meshes Will work on LOD support and making the compiler faster Releasing very very very soon

robot 2.0

27,818 views • 25 days ago

I open-sourced ThreeUI, my library of three.js components and landing pages. 160+ are free, and the tool is free too. It includes procedural 3D hero sections, icons, and motion designs. Copy the prompt or source, give it to your agent, then change the theme, lighting, motion or layout. Live site: Repo: I'm adding a lot more soon. Pro comes with 50+ extra components, MCP, and skills. Early adopters get 50% off right now.

I open-sourced ThreeUI, my library of three.js components and landing pages. 160+ are free, and the tool is free too. It includes procedural 3D hero sections, icons, and motion designs. Copy the prompt or source, give it to your agent, then change the theme, lighting, motion or layout. Live site: Repo: I'm adding a lot more soon. Pro comes with 50+ extra components, MCP, and skills. Early adopters get 50% off right now.

Meng To

1,292,667 views • 17 days ago

I made an interactive three.js site that constructs towers with weather and time of day effects. I went from making mostly static sites with huge images to three.js with highly textured, detailed 3D models, and the entire site is under 1-2mb. Because it's 3D, you can ask AI to customize everything: themed towers from different countries, ancient and modern styles, weather like snow and rain, lighting from morning to night. The surprising part is that with a solid foundation it creates those changes pretty much one-shot. It's like starting a design system, where the AI figures out how to stay consistent in quality with the rest of the design. The hard part is avoiding 3D slop, which is easier thanks to Opus 5 and open-source projects. I used Claude Code for the harness, Higgsfield to generate textures and soundfx/music. Let me know if you'd like the open-source. Inspiration: Btw, I love that we get auto-translated posts from around the world. It really expands our horizon in terms of inspiration.

I made an interactive three.js site that constructs towers with weather and time of day effects. I went from making mostly static sites with huge images to three.js with highly textured, detailed 3D models, and the entire site is under 1-2mb. Because it's 3D, you can ask AI to customize everything: themed towers from different countries, ancient and modern styles, weather like snow and rain, lighting from morning to night. The surprising part is that with a solid foundation it creates those changes pretty much one-shot. It's like starting a design system, where the AI figures out how to stay consistent in quality with the rest of the design. The hard part is avoiding 3D slop, which is easier thanks to Opus 5 and open-source projects. I used Claude Code for the harness, Higgsfield to generate textures and soundfx/music. Let me know if you'd like the open-source. Inspiration: Btw, I love that we get auto-translated posts from around the world. It really expands our horizon in terms of inspiration.

Meng To

144,302 views • 28 days ago

LET ME TELL YOU A STORY!!! 🌳🤗🌳❤️🌳 In the 1970s, women of Reni village, Uttarakhand, hugged trees to save them from being chopped It came to be known as the Chipko Movement The women were protesting against the government's allocation of forest land to contractors for logging and commercial purposes because it led to environmental degradation The movement was so powerful that the then prime minister Indira Gandhi was forced to make changes to the existing law The Forest conservation act of 1980 was born! Did the forest belong to the people? Did the trees belong to those villagers? But why did the women fight? Governments as such don’t OWN the land, the air, the water or you or me! Governments are ONLY custodians of the resources. They aren’t super powers. They cannot and should not make unilateral decisions. People are allowed to and should protest when the environment is in danger. Since this is still a democracy! Be it Aarey, Hasedo, Aravalli, Narmada Bachao, Save Lakshadweep or even Save HCU people are protesting against government NOT because it is their land or their trees or their water. But because it is their right to protect the environment. Moral of the story: GOVERNMENTS DON’T OWN US! And if you think they own, it is your foolishness and your slavery 🙏🏼 Hats off to the students of #HCU I know what you are fighting against ✊🏼 #SaveHCUBioDiversity #SaveHCU #Telangana #Hyderabad

LET ME TELL YOU A STORY!!! 🌳🤗🌳❤️🌳 In the 1970s, women of Reni village, Uttarakhand, hugged trees to save them from being chopped It came to be known as the Chipko Movement The women were protesting against the government's allocation of forest land to contractors for logging and commercial purposes because it led to environmental degradation The movement was so powerful that the then prime minister Indira Gandhi was forced to make changes to the existing law The Forest conservation act of 1980 was born! Did the forest belong to the people? Did the trees belong to those villagers? But why did the women fight? Governments as such don’t OWN the land, the air, the water or you or me! Governments are ONLY custodians of the resources. They aren’t super powers. They cannot and should not make unilateral decisions. People are allowed to and should protest when the environment is in danger. Since this is still a democracy! Be it Aarey, Hasedo, Aravalli, Narmada Bachao, Save Lakshadweep or even Save HCU people are protesting against government NOT because it is their land or their trees or their water. But because it is their right to protect the environment. Moral of the story: GOVERNMENTS DON’T OWN US! And if you think they own, it is your foolishness and your slavery 🙏🏼 Hats off to the students of #HCU I know what you are fighting against ✊🏼 #SaveHCUBioDiversity #SaveHCU #Telangana #Hyderabad

Revathi

21,740 views • 1 year ago

ALRIGHT! Introducing SEEDTHREE! A Three.js webgpu procedural plant generator. I'm releasing this fully open source. I built this with Claude Fable and GPT-5.5 Codex + gptimage2 over just the past few days. The best part is: given the code, your agents can add new plants to it all you want! They just need an understanding of the code and an image generator capable of creating material maps. I highly encourage you to do PRs for any extra plants you add! I'll be adding more myself in future versions. The system is fully robust: it provides complete LOD and billboards/imposters generation for the plants and you can adjust the detail levels all you want for different platform targets like mobile and/or use lower LODs as your main for extreme optimization. As this is the first release alpha version, some bugs may have been missed, I encourage you to report any bugs. The repo includes all the assets for the scenery world too, even the ambient sounds of birds and wind! This is targeted at high end laptop and PC use, it requires baking generated geometry, so you won't be using this on a phone (I mean, feel free to try, but I doubt it'll run well, lol). This is fundamentally an asset generation tool for 3d dev. Have fun! Github repo link and live demo (you don't even have to download anything for basic non-editing/contributing use!) below ⤵️

ALRIGHT! Introducing SEEDTHREE! A Three.js webgpu procedural plant generator. I'm releasing this fully open source. I built this with Claude Fable and GPT-5.5 Codex + gptimage2 over just the past few days. The best part is: given the code, your agents can add new plants to it all you want! They just need an understanding of the code and an image generator capable of creating material maps. I highly encourage you to do PRs for any extra plants you add! I'll be adding more myself in future versions. The system is fully robust: it provides complete LOD and billboards/imposters generation for the plants and you can adjust the detail levels all you want for different platform targets like mobile and/or use lower LODs as your main for extreme optimization. As this is the first release alpha version, some bugs may have been missed, I encourage you to report any bugs. The repo includes all the assets for the scenery world too, even the ambient sounds of birds and wind! This is targeted at high end laptop and PC use, it requires baking generated geometry, so you won't be using this on a phone (I mean, feel free to try, but I doubt it'll run well, lol). This is fundamentally an asset generation tool for 3d dev. Have fun! Github repo link and live demo (you don't even have to download anything for basic non-editing/contributing use!) below ⤵️

Utah teapot 🫖

29,593 views • 2 months ago

Being There (1979) is a cinematic ink blot test, and we still don’t have a definitive answer for why Peter Sellers walks on water in the final shot. Is it a Christ allegory? Or is it the purest visual metaphor for Chance: a man so unburdened by ego, that he simply glides through life without ever breaking the surface. Or are we, like everyone in the film, projecting meaning onto a simple gardener and calling it a miracle? Maybe the joke's on us, life could be just a state of mind after all.

Being There (1979) is a cinematic ink blot test, and we still don’t have a definitive answer for why Peter Sellers walks on water in the final shot. Is it a Christ allegory? Or is it the purest visual metaphor for Chance: a man so unburdened by ego, that he simply glides through life without ever breaking the surface. Or are we, like everyone in the film, projecting meaning onto a simple gardener and calling it a miracle? Maybe the joke's on us, life could be just a state of mind after all.

The Sting

79,395 views • 3 months ago

Thank you all for the kind words under the demo I posted :D The demo is now officially public and open source for you to play with, modify and build on top of. Feel free to tag me if you make something cool with it :) Also thank you Iwo Plaza | TypeGPU for participating in my silly video haha You can run it like any other TypeGPU example here: The source code lives in the TypeGPU monorepo: The repacked weights used by the example live here:

Thank you all for the kind words under the demo I posted :D The demo is now officially public and open source for you to play with, modify and build on top of. Feel free to tag me if you make something cool with it :) Also thank you Iwo Plaza | TypeGPU for participating in my silly video haha You can run it like any other TypeGPU example here: The source code lives in the TypeGPU monorepo: The repacked weights used by the example live here:

Konrad Reczko

331,127 views • 18 days ago

How many of you actually know how "what you eat" grows? 🤔 I never learned crop science in school. I learned it by walking around our farm with my father, who showed me different crops and explained how they grow. But not everyone has access to a farm, so I built a 3D Crop Science application in Three.js using Claude Opus 5 to make that learning experience more visual and interactive. It is an exploration of different types of seeds where each seed has three different stages. The first stage shows the whole seed. The second stage is a cross section that shows what is inside the seed and how it grows. The third stage shows the germination phase through a 3D model. There are 24 models in total. The original models were 1,349.6 MB, which Claude optimized down to just 11.6 MB in total. All of the 3D models were generated using Tripo. Claude also created visual information for each seed showing details like seed type, storage tissue and germination phase. Each seed also has a YouTube video that shows how it actually grows in the real world. There is also a section showing where each seed is commonly grown using both a 3D globe and a flat map. You can explore different regions and click on specific areas to see more information about where that seed is grown. The entire experience is fully responsive and also includes quizzes that you can take in both normal and 3D formats. I strongly believe education becomes much more effective when you can see, interact, watch and explore instead of relying only on textbooks. Live: Code:

How many of you actually know how "what you eat" grows? 🤔 I never learned crop science in school. I learned it by walking around our farm with my father, who showed me different crops and explained how they grow. But not everyone has access to a farm, so I built a 3D Crop Science application in Three.js using Claude Opus 5 to make that learning experience more visual and interactive. It is an exploration of different types of seeds where each seed has three different stages. The first stage shows the whole seed. The second stage is a cross section that shows what is inside the seed and how it grows. The third stage shows the germination phase through a 3D model. There are 24 models in total. The original models were 1,349.6 MB, which Claude optimized down to just 11.6 MB in total. All of the 3D models were generated using Tripo. Claude also created visual information for each seed showing details like seed type, storage tissue and germination phase. Each seed also has a YouTube video that shows how it actually grows in the real world. There is also a section showing where each seed is commonly grown using both a 3D globe and a flat map. You can explore different regions and click on specific areas to see more information about where that seed is grown. The entire experience is fully responsive and also includes quizzes that you can take in both normal and 3D formats. I strongly believe education becomes much more effective when you can see, interact, watch and explore instead of relying only on textbooks. Live: Code:

The Bugged Dev

44,573 views • 15 days ago

✨ For the last few months I have been reverse engineering Magnific AI's famous upscaler It uses MultiDiffusion, ControlNet tiles and details LoRas In true AI spirit, I am open sourcing it for everyone to use for free in your apps It's designed to easily control the amount of hallucination, resemblance and creativity. You can use it on Replicate now: Or run it locally with A1111'a web UI (parameters are in the comments) The code is fully open source:

✨ For the last few months I have been reverse engineering Magnific AI's famous upscaler It uses MultiDiffusion, ControlNet tiles and details LoRas In true AI spirit, I am open sourcing it for everyone to use for free in your apps It's designed to easily control the amount of hallucination, resemblance and creativity. You can use it on Replicate now: Or run it locally with A1111'a web UI (parameters are in the comments) The code is fully open source:

philz1337x

565,773 views • 2 years ago

Opus 5 is so good at creating these exploded-view and wireframe three.js product sites. Give it a video reference and it can build the experience directly in three.js or Blender. Then keep improving the details, textures, and lighting with follow-up prompts. I got our entire design team to turn landing pages built around images and video into three.js sites. They're lighter and easier to prompt. Since everything is code, AI can make more precise changes with fewer iterations. The difference between the old image-based sites and the new three.js versions is staggering. I can also jump in after the team finishes and help refine the details. Btw, is getting 100K views a day, which is absolutely nuts. The repo reached 3.8K GitHub stars in 4 days. It's my fastest-growing open-source project by far. So I added 60 more components. I'm also looking for sponsors to help fund ThreeUI long-term so I can keep adding to it.

Opus 5 is so good at creating these exploded-view and wireframe three.js product sites. Give it a video reference and it can build the experience directly in three.js or Blender. Then keep improving the details, textures, and lighting with follow-up prompts. I got our entire design team to turn landing pages built around images and video into three.js sites. They're lighter and easier to prompt. Since everything is code, AI can make more precise changes with fewer iterations. The difference between the old image-based sites and the new three.js versions is staggering. I can also jump in after the team finishes and help refine the details. Btw, is getting 100K views a day, which is absolutely nuts. The repo reached 3.8K GitHub stars in 4 days. It's my fastest-growing open-source project by far. So I added 60 more components. I'm also looking for sponsors to help fund ThreeUI long-term so I can keep adding to it.

Meng To

229,489 views • 13 days ago

I love prototyping. It’s the most important thing that sets great software above the merely good. And to that end, here’s a project a couple of us have been hacking away on, and the team is ready to add people in mass to the TestFlight. It’s an open source version of a visual programming environment, similar to Origami or Quartz Composer. In addition to being able to build anything those two can, it also supports AR, CoreML, and native 3D support. As well as being built in SwiftUI, so it runs on basically any Apple device and is easy to hack on and improve.

I love prototyping. It’s the most important thing that sets great software above the merely good. And to that end, here’s a project a couple of us have been hacking away on, and the team is ready to add people in mass to the TestFlight. It’s an open source version of a visual programming environment, similar to Origami or Quartz Composer. In addition to being able to build anything those two can, it also supports AR, CoreML, and native 3D support. As well as being built in SwiftUI, so it runs on basically any Apple device and is easy to hack on and improve.

Adam Menges

101,715 views • 1 year ago

Announcing the Open Model Series: a new series on open source AI models, with merve of Hugging Face. Hugging Face is the open model hub: it hosts model weights, datasets, evals, & demo apps, and maintains the open-source libraries (like transformers) used to run and train them. I think of it like GitHub, but for AI models. You can download open models and run them on your own machines. In this series we'll cover what open source and open weight models are, how they work, how to run them yourself, and why they're important. By the way - this video is edited entirely with Claude! I can make a tutorial on how I did it. If there's a question you want answered about open models, leave it in the comments. We will read them all. Episode 1 is out soon.

Announcing the Open Model Series: a new series on open source AI models, with merve of Hugging Face. Hugging Face is the open model hub: it hosts model weights, datasets, evals, & demo apps, and maintains the open-source libraries (like transformers) used to run and train them. I think of it like GitHub, but for AI models. You can download open models and run them on your own machines. In this series we'll cover what open source and open weight models are, how they work, how to run them yourself, and why they're important. By the way - this video is edited entirely with Claude! I can make a tutorial on how I did it. If there's a question you want answered about open models, leave it in the comments. We will read them all. Episode 1 is out soon.

Harper Carroll

30,392 views • 1 month ago

God’s Eye View V1 is open source. It feels like a spy simulator in your browser -- except the underlying data is real, and you can talk to the planet too. Track planes, ships, satellites, traffic cameras, and critical infrastructure. Use voice mode to ask what’s happening, annotate the 3D world, or jump into a plane’s cockpit. Already a ton to explore. Code is MIT licensed, so add new layers, extend the voice agent, break things, and show me what you cook.

God’s Eye View V1 is open source. It feels like a spy simulator in your browser -- except the underlying data is real, and you can talk to the planet too. Track planes, ships, satellites, traffic cameras, and critical infrastructure. Use voice mode to ask what’s happening, annotate the 3D world, or jump into a plane’s cockpit. Already a ton to explore. Code is MIT licensed, so add new layers, extend the voice agent, break things, and show me what you cook.

Bilawal Sidhu

188,581 views • 13 days ago

Rockstar just announced GTA 6 preorders open June 25. We are at day 9 of building my own with a loop of AI agents, and the streets finally have people in them. The map's set, so I'm leaving it as it is and slowly adding more stuff into it. the honest part: everyone's hyping Unreal's new 5.8 update and its official MCP. I tried it for whole night. My feedback is not to update it yet. The 5.8 MCP isn't like crazy good, and it actually slows the build down. Chasing the newest version felt like the obvious move. it wasn't. the loop runs better without it. Repo's still open, the project just lives in Unreal now. Theirs is a preorder. mine you can pull and run yourself.

Rockstar just announced GTA 6 preorders open June 25. We are at day 9 of building my own with a loop of AI agents, and the streets finally have people in them. The map's set, so I'm leaving it as it is and slowly adding more stuff into it. the honest part: everyone's hyping Unreal's new 5.8 update and its official MCP. I tried it for whole night. My feedback is not to update it yet. The 5.8 MCP isn't like crazy good, and it actually slows the build down. Chasing the newest version felt like the obvious move. it wasn't. the loop runs better without it. Repo's still open, the project just lives in Unreal now. Theirs is a preorder. mine you can pull and run yourself.

Ziwen

384,200 views • 2 months ago